Neurotechnology to Accelerate Learning: During Marksmanship Training

Behneman A.; Berka C.; Stevens R.; Vila B.; Tan V.; Galloway T.; Johnson R.R.; Raphael G.

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Neurotechnology to Accelerate Learning: During Marksmanship Training

机译：神经技术加速学习：射击技巧训练期间

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This article explores the psychophysiological metrics during expert and novice performances in marksmanship, combat deadly force judgment and decision making (DFJDM), and interactions of teams. Electroencephalography (EEG) and electrocardiography (ECG) are used to characterize the psychophysiological profiles within all categories. Closed-loop biofeedback was administered to accelerate learning during marksmanship training in which the results show a difference in groups that received feedback compared with the control. During known distance marksmanship and DFJDM scenarios, experts show superior ability to control physiology to meet the demands of the task. Expertise in teaming scenarios is characterized by higher levels of cohesiveness than those seen in novices.

机译：本文探讨了枪法专家，新手表演，打击致命武力判断和决策（DFJDM）以及团队互动过程中的心理生理指标。脑电图（EEG）和心电图（ECG）用于表征所有类别中的心理生理特征。进行闭环生物反馈可加快射击技巧训练过程中的学习速度，结果表明与对照组相比，接受反馈的人群有所不同。在已知的距离枪法和DFJDM场景中，专家显示出出色的控制生理功能的能力，可以满足任务的要求。与新手相比，团队协作场景的专业技能具有更高的凝聚力。

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《Pulse, IEEE》 |2012年第1期|p.60-63|共4页
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Behneman A.; Berka C.; Stevens R.; Vila B.; Tan V.; Galloway T.; Johnson R.R.; Raphael G.;
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Advanced Brain Monitoring, Inc., Carlsbad, California.;

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机译：婴儿期和青春期的认知训练可加速成人联想学习：年龄，刺激意外事件和训练强度的关键影响。
2. SLEEP DURATION ASSOCIATED WITH DEGRADED PERFORMANCE IN MARKSMANSHIP AND WEAPON STABILITY DURING A 72-HOUR MISSION TRAINING EXERCISE [J] . Brown S. A., Burke T. M. Sleep . 2020,第Suppla1期

机译：在72小时任务培训锻炼期间，睡眠持续时间与造型和武器稳定性有所降低。
3. Association between circulating inflammatory markers and marksmanship following intense military training [J] . Gepner Yftach, Hoffman J. R., Hoffman M. W., Journal of the Royal Army Medical Corps . 2019,第6期

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4. Simulated Marksmanship Performance Methodology: Assessing Lethality, Mobility and Stability Across the Preparation, Execution and Recovery Stages of a Military Field Training Exercise [C] . Stephanie A. T. Brown, Jose Villa, Erika K. Hussey, International Conference on Applied Human Factors and Ergonomics . 2020

机译：模拟造型绩效方法：评估军事场培训锻炼的准备，执行和恢复阶段的致命性，流动性和稳定性
5. Accelerating Machine Learning with Training Data Management [D] . Ratner, Alexander Jason. 2019

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6. Sensorimotor Learning during a Marksmanship Task in Immersive Virtual Reality [O] . Hrishikesh M. Rao, Rajan Khanna, David J. Zielinski, -1

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7. A comparison of current naval marksmanship training vs. simulation-based marksmanship training with the use of Indoor Simulated Marksmanship Trainer (ISMT) [O] . Getty Tommy J. 2014

机译：使用室内模拟枪法训练器（ISMT）对当前海军枪法训练与基于模拟的枪法训练进行比较
8. Comparison of Current Naval Marksmanship Training Vs. Simulation- Based Marksmanship Training with the Use of Indoor Simulated Marksmanship Trainer (Ismt) [R] . Getty, T J 2014

机译：当前海军射击训练的比较使用室内模拟射击训练器（Ismt）进行基于模拟的射击训练

Neurotechnology to Accelerate Learning: During Marksmanship Training

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